Software-Engineering-I-Project in AUTH | GymFuelX Application Documentation

School of Electrical & Computer Engineering - University of Thessaloniki

8th Semester, University of Thessaloniki, 2023

Software Engineering I Project - GymFuelX

A Comprehensive Fitness & Nutrition Management System

Project Website: GymFuelX Project

GymFuelX, a pioneer in the realm of fitness technology, is a pivotal application catering to fitness enthusiasts globally. With an emphasis on health and innovation, GymFuelX aims to transform the gym-food sector, offering a unique blend of tailored fitness and nutrition plans.

Table of contents

• Overview
  • Introduction
  • Part 1a: User Requirements and System Specifications
  • Part 1b: Prototype of the Application
  • Part 2: Software Specifications and System Implementation
• Preview of Software Engineering II
• Team

Overview

Introduction

GymFuelX stands at the forefront of fitness applications, offering an innovative solution that seamlessly integrates workout routines with nutrition management. With a focus on health and technological advancements, this application provides users with bespoke fitness and nutrition plans, ensuring their health and wellness needs are met.

Part 1: User Requirements and System Specifications

Details:

The User Requirements and System Specifications provide a solid foundation for the GymFuelX application's development. This section offers an in-depth understanding of the users' needs and the system's expectations.

• System Requirements: A high-level overview focusing on the essential needs of the application.
• Functional Requirements: An exploration into the application's features and capabilities, such as profile management and tailored fitness programs.
• Users and External Systems: Identification of various user types and their interactions with the application, highlighting the role of external systems such as databases.
• Non-Functional Requirements: Emphasizing performance, scalability, and reliability, this section ensures the system's efficiency.
• Usage Scenarios: Real-world scenarios detailing how users interact with the application.
• Graphical Interface Windows: Focuses on the visual design and layout of different screens, enhancing user experience.
• Prototype: Take a look at the Prototype
• Static Modeling: Offers a conceptual representation of the application's data structure.

Part 2: Software Specifications and System Implementation

Contents:

• Design Standards Adopted
  • Standard Strategy
  • Observer Template
• System Architecture
  • Identifying System Resources
  • REST Interface Documentation
    • Resource User
    • Recipe Resource
    • Resource Report
    • GymProgram Resource
    • Exercise Resource
    • DietProgram Resource
• System Implementation with Node-RED
  • Mapping REST Services to Node-RED Flows
  • Implementation of User Stories
• NodeRED_flows_GymFuelX.zip: Contains the Node-RED flows to orchestrate the various microservices and components.
• Team27-2.0.0.json: Configuration and setup details ensuring consistent development environments for the team.
• python-flask-server-generated.zip: The server-side codebase, developed in Python, utilizing the Flask framework.

Details:

This section delves into the technical intricacies of the GymFuelX application. It provides a robust understanding of software standards, system architecture, and the various strategies employed for implementation.

• Design Standards: This section describes the key design standards adopted in the development process. The observer template and standard strategy are elucidated, showcasing the underlying design principles.
• System Architecture: Highlights the architectural framework of GymFuelX. It breaks down the system's resources and offers detailed documentation on the REST interfaces, ensuring seamless integration of various components.
• System Implementation with Node-RED: This segment outlines how the system was implemented using Node-RED. It maps out the REST services to Node-RED flows and delves into the implementation of various user stories, ensuring the system adheres to the user's requirements.

Preview of Software Engineering II:

Course Overview: Software Engineering II is builds upon the foundational knowledge acquired in Software Engineering I. We learned advanced techniques and methodologies related to the development, testing, operation, and management of software projects.

Project Development:

• Implementing advanced user authentication and security measures.
• Enhancing the CI/CD pipeline for more efficient development cycles.
• Conducting thorough quality assurance testing to identify and fix bugs.
• Integrating new features based on user feedback and market trends.
• Ensuring the application scales effectively to meet increasing user demands.

Link of SE II SE II Repository Project Link

Team

• Chrysostomos Koumides - Personal Website
• Dimos Kompitselidis - Personal Website
• Antreas Eustathios Eleyferiadis
• Antreas Theodorou